KR100765805B1 - A health footwear having improved heel - Google Patents

Abstract

According to the present invention, after the upper pad 110 and the lower pad 120 are manufactured separately, the spring 130 is mounted, and the support protrusion 124 of the upper pad 110 and the support protrusion 124 of the lower pad 120 are provided. The midsole tunnel portion 28 of the midsole is formed by adhering the edge of the tunnel portion 122 of the lower pad 120 to the edge of the tunnel portion 112 of the upper pad 110 while being in contact with each other. The finished product of 22) can easily and simply manufacture the midsole for the rolling exercise health shoe mounting in which the tunnel part is formed, and the tunnel formed in the midsole tunnel part 28 reduces the hardness in half in case the tunnel is not formed. Increasing the cushioning effect and rolling motion on the ground, the landing impact is evenly distributed in the landing and centering stages. Smooth landing and natural walking are possible. Excellent cushioning effect at the stage and light and resilient walking by the repulsion of the tunnel part at the stage of departure, and the high elastic shank is inserted into the sole to preserve the original shape of the sole and shoes as well as the frequency of bending during walking Excellent shape restoration of high sole.

Shoes, Heels, Curved, Tunnel, Shank, Spring

Description

Rolling exercise with a tunnel part Midsole for wearing healthy shoes and its manufacturing method {A health footwear having improved heel}

1 is an exploded perspective view of a midsole formed tunnel portion of the present invention.

Figure 2 is a perspective view of the combination of the tunnel formed midsole of the present invention.

Figure 3 is a perspective view of the shank is built in the midsole formed tunnel portion of the present invention.

Figure 4 is a perspective view of the coupling is equipped with an outsole in the midsole formed tunnel portion of the present invention.

Figure 5 is a plan view of the sole showing a state in which the shank is built in the midsole formed tunnel portion of the present invention.

6 is a cross-sectional view taken along the line B-B 'of FIG. 5;

Figure 7 is a perspective view of a shoe equipped with a midsole formed tunnel portion of the present invention.

<Description of the code used in the main part of the drawing>

10: upper 12: endothelial

14: jacket 16: tongue

20: Sole 22: Midsole

24: Outsole 26: Insole

28: tunnel part 29: shank

110: upper pad 112: tunnel portion

114: support protrusion 120: lower pad

122: tunnel portion 124: support protrusion

130: spring

한국특허 제10-377822호에서 상기 도면 부호의 명칭은 1: 신발, 2: 갑피, 3: 신발밑창, 10: 인솔(insole: 안창), 12: 미드솔(midsole), 13: 아웃솔(outsole)이며 한국특허 제10-377822호를 살펴보면 신발의 뒷축이 없으며 신발의 밑창 바닥이 곡면(호형)인 마사이족처럼 걷는 신발을 마사이워킹(Masai Walking) 전문 롤링워킹신발(active rolling walking foorware: 잘 굴러가는 보행신발)이라고 부르고 있으며 한국특허 제10-377822호의 도 2 내지 도 4에 하기와 같이 걷는 방법이 나와 있으며 "마사이 워킹(Masai Walking)으로 걷는 모습"으로 기재되어 있습니다.

한국워킹협회, 세계워킹협회, 신발업계 및 일반 수요자들은 신발의 뒷축이 없으며 신발의 밑창 바닥이 곡면(호형)인 마사이족처럼 걷는 신발을 마사이맨발기술(Masai Barefoot Technology)신발이라고 부르고 있으며 인터넷 뿐만아니라 일반서적, 신문, 잡지, TV방송에서 마사이워킹(Masai Walking) 전문슈즈 또는 마사이족 워킹 전문슈즈라고 호칭하고 있다.The present invention relates to a midsole for mounting a rolling exercise healthy shoe and a method for manufacturing the same, wherein the upper pad 110 and the lower pad 120 are manufactured separately, and then the spring 130 is mounted and the upper pad 110 of the upper pad 110 is formed. The tunnel portion 122 of the lower pad 120 is formed at the edge of the tunnel portion 112 of the upper pad 110 in a state in which the supporting protrusion 114 and the supporting protrusion 124 of the lower pad 120 are in contact with each other. The present invention relates to a midsole for a rolling exercise healthy shoe-mounted midsole and a method of manufacturing the same, in which a tunnel portion 28 of the midsole 22 is formed in a state in which the tunnel portion 28 of the midsole is formed by easily bonding the edges.

In Korean Patent No. 10-377822, the reference numerals are 1: shoe, 2: upper, 3: shoe sole, 10: insole, 12: midsole, and 13: outsole. Looking at Korean Patent No. 10-377822, there is no heel of the shoe and the sole of the shoe is a Masai walking shoe like the Masai. The active walking walking foorware is a well-rolled walking shoe. 2 to 4 of Korean Patent No. 10-377822 shows a walking method as described below, and is described as "walking by Masai Walking."

The Korean Walking Association, the World Walking Association, the footwear industry, and the general consumer call shoes such as Masai Barefoot Technology shoes walking like the Maasai without the heel of the shoe and the sole of the shoe's sole. Books, newspapers, magazines and television broadcasts are called Masai Walking Shoes or Masai Walking Shoes.

In general, the movement of the foot on the ground during walking is a three-step process, in which the left and right feet repeat the landing step by the heel, the center moving step from the heel to the heel, and the step of the heel pushing off the ground. In conventional shoes, the shape of the heel is formed at a right angle to the ground, and in the case of shoes, a sharp edge is formed on the heel so that this edge touches the ground first during the landing stage. Because of its linear shape, the impact at the time of landing is large, and the movement to the center movement stage, which is the next stage of landing, is performed at once, so that a sudden impact force is transmitted to each joint of the leg and body as well as the ankle joint. It becomes unnatural. In addition, the conventional shoes are provided with various forms of ventilation means for removing bacteria and odors inside the shoes, but the situation is not fully achieved.

The present invention has been made to improve the problems appearing in the above-described conventional shoes, after the upper pad 110 and the lower pad 120 are manufactured separately, the support protrusion 114 and the lower pad 120 of the upper pad 110. In the state in which the support protrusions 124 of () contact the mutually corresponding positions, the edges of the tunnel portion 122 of the lower pad 120 are adhered to the edges of the tunnel portion 112 of the upper pad 110. 28) can be produced easily and simply to manufacture the finished product of the midsole (22) in the state formed, the midsole for mounting the rolling exercise health shoes formed tunnels, and the rolling exercise health shoes formed the tunnel portion in case the tunnel is not formed The hardness is reduced in half, the cushioning effect is increased, and the rolling motion is performed on the ground, thus uniformly distributing the landing shock in the landing and centering stages, and discontinuous impact on the ankle joint, leg and body. It does not cause smooth landing and natural walking, and the tunnel part formed in the heel has excellent buffering effect during the landing stage, and the resilience of the tunnel part during the detaching phase makes it possible to walk lightly and lightly. By inserting the shank, the purpose of the present invention is not only to preserve the original shape of the sole and shoes, but also to provide a healthy shoe with improved heel shape that improves the stability of walking and improves the shape of the sole having a high frequency of bending during walking.

The present invention upper (10); Insole 26; A midsole 22 having a convex curved shape; And in the rolling shoe of the bottom surface of the shoe sole consisting of the outsole 24 is convex curved, the midsole 22 forms a plurality of slits (29a) the front portion is opened to the front end at a certain position of the front. It is divided into several parts, and a high elastic shank (29) having a bead-shaped rib (29b) for reinforcement in the front and rear direction is built in the upper part, and the heel is one side. The semi-elliptic tunnel portion 112 is formed so that the main inclination angle of the heel of the shoe which is penetrated to the other side in the ground at an angle of 5 to 40 degrees is formed on the upper surface of the tunnel portion 112. An upper pad 110 in which 1 to 20 support protrusions 114 are formed; The semi-elliptic shape of the upper pad 110 is symmetrical to the tunnel portion 112 so as to penetrate from one side to the other side, and the main inclination angle of the heel of the shoe to the ground to form an angle of 5 to 40 degrees The tunnel portion 122 is formed, and 1 to 20 support protrusions 124 are formed at positions corresponding to the support protrusions 114 of the upper pad 110 on the lower surface of the tunnel portion 122. Lower pad 120; The support protrusion 114 of the upper pad 110 and the support protrusion 124 of the lower pad 120 are in contact with each other at a position corresponding to each other or the support protrusion 114 and the lower pad 120 of the upper pad 110. 1 to 20 springs 130 mounted in such a manner as to surround the support protrusions 114 and 124 in a state in which the support protrusions 124 are bonded using an adhesive; The support protrusion 114 of the upper pad 110 and the support protrusion 124 of the lower pad 120 in contact with the position corresponding to each other or the support of the upper pad 110 in the state that the spring 130 is mounted Edge of the tunnel portion 122 of the lower pad 120 at the edge of the tunnel portion 112 of the upper pad 110 in a state where the protrusion 114 and the support protrusion 124 of the lower pad 120 are bonded using an adhesive. It relates to a midsole for mounting a rolling exercise health shoes, characterized in that the tunnel is formed, the finished product of the midsole in a state in which the tunnel portion 28 of the midsole is formed. The midsole of the present invention is characterized in that the shoe sole product is formed by additionally attaching the outsole 24 formed in the inclined curved shape of the main inclination angle of the heel to the ground is 0 to 40 degrees.

The present invention is a method of manufacturing a conventional shoe composed of an upper, an insole, a midsole and an outsole, and the rear axle is divided into several parts by forming a plurality of slits (29a) in which the front part is opened to the front end at a certain position in the front. The part has a highly elastic shank 29 formed in the front and rear directions of a bead-shaped rib 29b for reinforcement, which is penetrated from one side to the other side and grounded. An upper pad having a semi-elliptic tunnel portion 112 having a major inclination angle of 0 to 45 degrees and having 1 to 20 support protrusions 114 formed on an upper surface of the tunnel portion 112. Manufacturing 110; A semi-elliptic tunnel portion 122 having a major inclination angle of 0 to 45 degrees which is penetrated from one side to the other side in a symmetrical form to the tunnel portion 112 of the upper pad 110 and forms an angle of 0 to 45 degrees. Is formed and the lower pad 120 having one to twenty support protrusions 124 formed at positions corresponding to the support protrusions 114 of the upper pad 110 on the lower surface of the tunnel portion 122. Producing a; The support protrusion 114 of the upper pad 110 and the support protrusion 124 of the lower pad 120 are in contact with each other at a position corresponding to each other or the support protrusion 114 and the lower pad 120 of the upper pad 110. Mounting 1 to 20 springs 130 in a form of enclosing the support protrusions 114 and 124 in a state in which the support protrusions 124 are bonded using an adhesive; The support protrusion 114 of the upper pad 110 and the support protrusion 124 of the lower pad 120 in contact with the position corresponding to each other or the support of the upper pad 110 in the state that the spring 130 is mounted Edge of the tunnel portion 122 of the lower pad 120 at the edge of the tunnel portion 112 of the upper pad 110 in a state where the protrusion 114 and the support protrusion 124 of the lower pad 120 are bonded using an adhesive. It relates to a method of manufacturing a midsole for mounting a rolling exercise health shoes, characterized in that consisting of a step consisting of producing a finished product of the midsole in a state in which the tunnel portion 28 of the midsole is formed by adhering.

The present invention is a semi-elliptic shape in which the heel is penetrated from one side to the other side and the main inclination angle with respect to the ground forms an angle of 0 to 45 degrees in a conventional shoe manufacturing method consisting of upper, insole, midsole and outsole. Manufacturing an upper pad (110) having a tunnel portion (112) formed thereon with 1 to 20 support protrusions (114) formed on an upper surface of the tunnel portion (112); A semi-elliptic tunnel portion 122 having a major inclination angle of 0 to 45 degrees which is penetrated from one side to the other side in a symmetrical form to the tunnel portion 112 of the upper pad 110 and forms an angle of 0 to 45 degrees. Is formed and the lower pad 120 having one to twenty support protrusions 124 formed at positions corresponding to the support protrusions 114 of the upper pad 110 on the lower surface of the tunnel portion 122. Producing a; In the state in which the support protrusion 114 of the upper pad 110 and the support protrusion 124 of the lower pad 120 are in contact with each other, the lower pad (edge) at the edge of the tunnel portion 112 of the upper pad 110. In the method of manufacturing a midsole for a rolling exercise health shoe mounting, characterized in that the tunnel portion 122 is formed by adhering the tunnel portion 122 of the midsole to form a finished product of the midsole in a state where the tunnel portion 28 of the midsole is formed. It is about.

Health shoes equipped with the midsole of the present invention is a normal shoe composed of the upper 10, the sole 20 and the insole 26 and the sole 20 of the shoe consists of the midsole 22 and the outsole 24 and outsole The rear axle of (24) is formed in an inclined curved shape having a major inclination angle of 0 to 40 degrees, preferably 5 to 40 degrees with respect to the ground. When the major inclination angle is 5 degrees or less, the rolling shoes are not formed and the main inclination angle is If it is 40 degrees or more, the inclination may be too steep, resulting in unstable and unstable posture when wearing shoes or standing. In the health shoe equipped with the midsole of the present invention, the heel of the midsole has a tunnel portion 28 formed in accordance with an inclined curved shape, and the midsole 22 is formed in a plate shape based on the shape of the sole 20 and the shape of the curved surface. The high elastic shank 29 is built into the upper part of the midsole 22 so that the heel bottom of the sole 20 can be moved forward and backward depending on the shape of the heel and the motion trajectory of the heel relative to the ankle joint during walking. Rolling movement is made with respect to the ground during walking by forming a curved shape. The high-elastic shank (29) embedded in the midsole of the present invention is divided into several parts by forming a plurality of slits (29a) in which the front portion is opened to the front end at a certain position in front of the front portion for reinforcement in the central waist portion A bead-shaped rib 29b is formed in the front-rear direction so that the bottom surface of the heel of the sole 20 is curved in the front-rear direction according to the shape of the heel and the motion trajectory of the heel relative to the ankle joint during walking. Rolling movement is made on the ground during walking and the tunnel portion 28 is formed according to the inclined curved shape on the rear axis of the sole 20.

With reference to the accompanying drawings, the present invention will be described in detail as follows. As can be seen in Figure 7 is equipped with a midsole of the present invention is a healthy shoe is composed of the upper 10 and the sole 20 and the upper 10 is configured to include the endothelial 12 and the outer shell 14 The sole 20 includes a midsole 22 and an outsole 24. As can be seen in Figures 1 to 4, the health shoes equipped with the midsole of the present invention, in order to manufacture the finished product of the midsole 22, first produced the upper pad 110 and the lower pad 120 separately, then the upper pad ( The support protrusion 114 of the 110 and the support protrusion 124 of the lower pad 120 is in contact with the position corresponding to each other or the support protrusion 114 of the upper pad 110 and the support protrusion of the lower pad 120 1 to 20 springs 130 are mounted in a form in which the support protrusions 114 and 124 surround the support protrusions 114 and 124 in a state in which 124 is bonded using an adhesive, and the upper pad 110 in the state where the springs 130 are mounted. The tunnel protrusion of the lower pad 120 at the edge of the tunnel portion 112 of the upper pad 110 in a state in which the supporting protrusion 114 of the upper pad 110 and the supporting protrusion 124 of the lower pad 120 are in contact with each other. 122) The finished product of the midsole 22 is manufactured by adhering the edges to form the tunnel portion 28 of the midsole. It is manufactured by mounting the parts. The support protrusions 114 and 124 formed in the midsole of the present invention may use synthetic resin or elastomer synthetic rubber as the material, and polyurethane is preferably used as the material.

As can be seen in Figures 1 to 4 in the midsole of the present invention, the upper pad 110 is a half of the heel is penetrated from one side to the other side and the main inclination angle of the heel to the ground to form an angle of 0 to 40 degrees An elliptical tunnel portion 112 is formed, and 1 to 20 support protrusions 114 are formed on the upper surface of the tunnel portion 112. The tunnel formed in the midsole tunnel portion 28 of the present invention reduces the hardness in half and increases the buffering effect in case the tunnel is not formed. In the midsole upper pad 110 of the present invention, when the main inclination angle of the tunnel portion 112 forms an angle of 0 degrees, a general shoe having a flat heel is made, and the main inclination angle of the tunnel portion 112 is 1 to 40 degrees, preferably When the angle is 20 to 40 degrees, the bottom surface of the rear axle is formed into a curved surface, and as it goes backward, the inclination angle with respect to the ground is gradually increased to form a smooth curved shape. The midsole 22 mounted on the shoe of the present invention has a bottom surface of the rear axle formed in a curved surface, and is gradually formed in a smooth curved shape by gradually increasing the inclination angle with respect to the ground. The shape of the curved surface is preferably formed according to the motion trajectory of the heel relative to the ankle joint during heel and walking, and it is effective in terms of ergonomics to form the main inclination angle (R) of the ground to 0 to 40 degrees. It is calculated from the average angle of the heel to the ground when landing.

As can be seen in Figures 1 to 4, the spring 130 mounted in the midsole of the present invention is a position where the support protrusion 114 of the upper pad 110 and the support protrusion 124 of the lower pad 120 correspond to each other. 1 to 1 in a form in which the support protrusions 114 and 124 of the support protrusion 114 of the upper pad 110 and the support protrusion 124 of the lower pad 120 are bonded to each other using an adhesive. 20 springs 130 are mounted. As can be seen in Figures 1 to 4, the spring 130 mounted on the midsole tunnel portion 28 of the present invention reduces the hardness in half and increases the buffering effect in comparison with the case where the spring is not mounted.

As can be seen in Figures 1 to 4 in the midsole upper pad 110 of the present invention 1 to 20, preferably 5 to 10 support protrusions 114 are formed on the upper surface of the tunnel portion 112. When landing in contact with the support protrusion 124 of the lower pad 120 formed at a position corresponding to each other, the tunnel portion 28 can be placed in parallel with the ground to increase the buffering efficiency due to shrinkage and landing. And the tunnel portion 28 contracted in the center moving step is reconstructed in the detachment step to generate a repulsive force, thereby improving walking efficiency. In the midsole for mounting a rolling exercise health shoes in which the tunnel portion of the present invention is formed, the tunnel portion 28 of the midsole is in a state in which the support protrusion 114 of the upper pad 110 and the support protrusion 124 of the lower pad 120 are in close contact. It is possible to manufacture or the support protrusion 114 of the upper pad 110 and the support protrusion 124 of the lower pad 120 can be produced in the form of an adhesive using an adhesive.

As can be seen in Figure 1 in the midsole of the present invention, the lower pad 120 is symmetrical to the tunnel portion 112 of the upper pad 110 and penetrates from one side to the other side and forms the main surface. A semi-elliptic tunnel portion 122 having an inclination angle of 0 to 40 degrees, preferably 20 to 40 degrees is formed, and the support protrusion of the upper pad 110 on the lower surface of the tunnel portion 122 is formed. 1 to 20, preferably 5 to 10, support protrusions 124 are formed at positions corresponding to 114). In the present invention, one support protrusion 124 may be formed in the form of a large support protrusion, and 20 support protrusions 124 may be formed in the form of a small support protrusion. In the present invention, one or less support protrusions 124 correspond to a case in which there is no support protrusion, and in the case of 20 or more support protrusions 124, too many support protrusions may not serve as a support or an elastic body.

Health shoes equipped with the midsole of the present invention is to ensure the left and right stability of walking by keeping the bottom surface of the heel of the midsole 22 in the left and right direction is the same as in conventional shoes. In the health shoe equipped with a midsole of the present invention, the outsole 24 is coupled to the bottom surface of the midsole 22 and is coupled along the curved shape of the midsole 22 so that the curved shape of the bottom surface of the heel is maintained. In the health shoe of the present invention, the midsole 22 has a tunnel portion 28 formed on the heel of the midsole 22 which is inserted obliquely upward to the rear with respect to the ground along the inclined curved shape and inclined in the same state as the main inclination angle R in the midsole ( 22) is preferably due to the average angle between the heel and the ground in the landing stage, and the tunnel formed in the midsole tunnel portion 28 reduces the hardness by half in comparison with the case where no tunnel is formed. It increases the buffering effect and when the landing is placed in parallel with the tunnel portion 28 to the ground can increase the buffering efficiency by shrinkage. In addition, the tunnel portion 28 contracted during the landing and the center movement stage is reconstructed in the detachment stage to generate a repulsive force, thereby improving walking efficiency.

As can be seen in Figures 3 to 6 in the midsole 22 is equipped with a midsole of the present invention is a midsole 22 is inserted into a shank (29) of a high elastic material therein, which is the sole 20 and the circular shape of the shoe The sole 20, which has high frequency of flexion and elongation at the time of walking and restores smoothly to its original shape, improves the stability of walking when walking, and adds repulsive force at the departure stage to promote light walking. do. In the health shoe equipped with the midsole of the present invention, the shank 29 may be formed of any shape and material, but using a synthetic resin (PVC) material, the shape of the midsole 22 and the shape of the plate shape based on the shape of the curved surface. It is preferable that the front part of the shank 29 having a relatively large bend angle when walking forms a plurality of slits 29a, which are opened to the front end at a predetermined position in front, to be divided into equal parts. The middle waist portion of the shank 29 is easy to bend and the bead-shaped rib 29b is formed in the front-rear direction for reinforcement to form a plurality of through holes 29c to form the midsole 22. ) Is formed so that the molding liquid can flow smoothly.

On the other hand, the endothelial 12 and insole 26 of the upper 10 in the health shoes equipped with the midsole of the present invention is formed of a silver material containing a silver component. The inner skin 12 of the tongue 16, which is a component of the upper 10, is also preferably formed using silver. The insole 26 may be formed by attaching a nonwoven fabric containing a silver thread to the surface or by inserting the insole into an inner layer, and may be formed by various other methods.

Embodiments of the above-described configuration has the following effects. Health shoes equipped with the midsole of the present invention can be observed by walking the movement of the foot relative to the ground is divided into landing stage, center movement stage and departure phase. Health shoes equipped with a midsole of the present invention is the grounding area of the sole 20 is the moment when the landing in the landing stage, because the ground area of the sole 20 is relatively reduced the amount of impact due to landing and the tunnel portion 28 is parallel to the ground As the contraction is reduced, the buffering efficiency is high and the soft landing is made, and the tunnel formed in the midsole tunnel portion 28 reduces the hardness in half in comparison with the case where the tunnel is not formed and increases the buffering effect. Health shoes equipped with the midsole of the present invention, when the walking movement is connected to the center movement step, the bottom surface of the curved heel is rolling along the ground and the impact force is continuously dispersed and absorbed. In addition, since the center of the health shoe equipped with the midsole of the present invention is gradually moved along the curved shape, the ankle joint, the leg, and each joint of the body do not cause a sudden impact, and smooth and natural walking is achieved. Health shoes equipped with a midsole of the present invention is the heel of the sole 20 is out of the ground at the step of leaving the tunnel portion 28 was restored in the previous step as the resilient force is generated and push the foot of the pedestrian in the direction of progress Because of this, walking efficiency is high, and light and light walking is possible.

Meanwhile, the sole of the sole 20 and the shoe are well preserved by the shank 29 inserted into the midsole 22 in the health shoe equipped with the midsole of the present invention, and the bending and elongation of the shoe are deformed during walking. Restoration of the sole 20 to the original shape with high frequency is smooth and the shape of the sole 20 is elastic and firm, so that the stability of walking is high and the repulsive force is added by the restoring force in the detachment step, so that the front gum is walking direction. Because it pushes to the light, walking is made light and walking efficiency is high.

In addition, in the health shoe equipped with the midsole of the present invention, the inner endothelium 12 and the insole 26 of the upper 10 contain a silver component, which prevents the removal and propagation of bacteria, as well as prevents odor, thereby preventing the health of the foot. It is effective in preventing athlete's foot and eczema, and can help a lot of pedestrians with sensitive skin.

According to the present invention, after the upper pad 110 and the lower pad 120 are manufactured separately, the support protrusion 114 of the upper pad 110 and the support protrusion 124 of the lower pad 120 are in contact with each other. In the state, the edge of the tunnel portion 112 of the lower pad 120 is bonded to the edge of the tunnel portion 112 of the upper pad 110 to manufacture the finished product of the midsole 22 in a state in which the tunnel portion 28 of the midsole is formed. Rolling movement formed with a tunnel part can easily and simply manufacture the midsole for mounting a healthy shoe.The rolling movement with a tunnel part has a rolling motion on the ground, so that the landing impact is evenly distributed in the landing and center movement stages. It does not cause discontinuous impact on the legs and body, and has the effect of smooth landing and natural walking. The tunnel part formed on the heel has excellent buffering effect during the landing stage and during the detachment stage. The resilience of the board allows for a light and light walking effect. By inserting a high elastic shank inside the sole, it preserves the original shape of the sole and shoes, as well as restores the shape of the sole with high frequency of bending during walking. It has the effect of improving the stability of walking is very useful in the footwear industry.

Claims (3)

Upper 10; Insole 26; A midsole 22 having a convex curved shape; And in the rolling shoe of the bottom surface of the shoe sole consisting of the outsole 24 is convex, wherein the midsole 22 forms a plurality of slits (29a) in which the front portion is opened to the front end at a predetermined position in front of the water In the central waist portion, a highly elastic shank 29 having a bead-shaped rib 29b for reinforcement is formed in the inside of the upper part, and the heel is on the other side. A semi-elliptic tunnel portion 112 is formed so that the main inclination angle of the shoe heel which penetrates the side surface and forms the angle of 5-40 degrees with respect to the ground, and is 1-20 on the upper surface of the tunnel portion 112 Upper pads 110 having four support protrusions 114 formed thereon; The semi-elliptic shape of the upper pad 110 is symmetrical to the tunnel portion 112 so as to penetrate from one side to the other side, and the main inclination angle of the heel of the shoe to the ground to form an angle of 5 to 40 degrees The tunnel portion 122 is formed, and 1 to 20 support protrusions 124 are formed at positions corresponding to the support protrusions 114 of the upper pad 110 on the lower surface of the tunnel portion 122. Lower pad 120; The support protrusion 114 of the upper pad 110 and the support protrusion 124 of the lower pad 120 are in contact with each other at a position corresponding to each other or the support protrusion 114 and the lower pad 120 of the upper pad 110. 1 to 20 springs 130 mounted in such a manner as to surround the support protrusions 114 and 124 in a state in which the support protrusions 124 are bonded using an adhesive; The support protrusion 114 of the upper pad 110 and the support protrusion 124 of the lower pad 120 in contact with the position corresponding to each other or the support of the upper pad 110 in the state that the spring 130 is mounted Edge of the tunnel portion 122 of the lower pad 120 at the edge of the tunnel portion 112 of the upper pad 110 in a state where the protrusion 114 and the support protrusion 124 of the lower pad 120 are bonded using an adhesive. A midsole for a rolling exercise healthy shoe mounting, characterized in that the finished product of the midsole was formed in a state in which the tunnel portion 28 of the midsole was formed by adhering. The shoe sole of claim 1, wherein the midsole has an additional outsole (24) formed in an inclined curved shape so that the main inclination angle of the shoe heel formed on the ground can be at an angle of 5 to 40 degrees. Rolling exercise health shoes mounting midsole formed with a tunnel portion. In a conventional shoe manufacturing method consisting of an upper, an insole, a midsole, and an outsole, the rear axle is divided into several parts by forming a plurality of slits (29a) in which the front part is opened to the front end at a certain position in front of the shoe. A highly elastic shank 29 having a bead-shaped rib 29b for reinforcement is formed inside the upper part, penetrated from one side to the other side, and made to the ground. A semi-elliptic tunnel portion 112 is formed so that the main inclination angle of the shoe heel is 5 to 40 degrees, and 1 to 20 support protrusions 114 are formed on the upper surface of the tunnel portion 112. Manufacturing the upper pad 110; The semi-elliptic shape of the upper pad 110 is symmetrical to the tunnel portion 112 so as to penetrate from one side to the other side, and the main inclination angle of the heel of the shoe to the ground to form an angle of 5 to 40 degrees The tunnel portion 122 is formed, and 1 to 20 support protrusions 124 are formed at positions corresponding to the support protrusions 114 of the upper pad 110 on the lower surface of the tunnel portion 122. Manufacturing a lower pad 120; The support protrusion 114 of the upper pad 110 and the support protrusion 124 of the lower pad 120 are in contact with each other at a position corresponding to each other or the support protrusion 114 and the lower pad 120 of the upper pad 110. Mounting 1 to 20 springs 130 in a form of enclosing the support protrusions 114 and 124 in a state in which the support protrusions 124 are bonded using an adhesive; The support protrusion 114 of the upper pad 110 and the support protrusion 124 of the lower pad 120 in contact with the position corresponding to each other or the support of the upper pad 110 in the state that the spring 130 is mounted Edge of the tunnel portion 122 of the lower pad 120 at the edge of the tunnel portion 112 of the upper pad 110 in a state where the protrusion 114 and the support protrusion 124 of the lower pad 120 are bonded using an adhesive. Method of manufacturing a midsole for mounting a rolling exercise health shoes, characterized in that consisting of a step consisting of producing a finished product of the midsole in a state in which the tunnel portion 28 of the midsole is formed by adhering.

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